Secure underwater breathing apparatus capable of generating oxygen quickly

Abstract

The invention relates to the technical field of underwater breathing machines, and especially rerates to a secure underwater breathing apparatus capable of generating oxygen quickly. The secure underwater breathing apparatus capable of generating oxygen quickly comprises a helmet. An observation window, a head lamp, a positioning module, a communication module and an SOS call button are arranged on the helmet; the lower part of the helmet is connected with a water oxygen filter through a sealing body, an air storage tank, an air pump and an accumulator are arranged in the sealing body, and an electric quantity sensor is arranged on the accumulator; an oxygen sensor is arranged in the air storage tank; a mouthpiece is arranged in the helmet, and the air storage tank is connected with the mouthpiece through an oxygen transfer pipeline; the mouthpiece is connected with an exhaust pipeline, and an exhaust outlet and an alarm device are arranged on the helmet; a filter net is arranged at the lower end of the water oxygen filter; the electric quantity sensor and the oxygen sensor are connected to a microprocessor, the microprocessor is connected an intelligent gateway and a controller, the intelligent gateway is connected with the communication module, the controller is connected with the air pump and an electronic switch, and the electronic switch is connected with the alarm device. The secure underwater breathing apparatus capable of generating oxygen quickly is capable of quickly providing oxygen, detecting the electric quantity and oxygen concentration, performing positioning, transmitting SOS signals to a master station in distress, and high in security.

Description

technical field [0001] The invention relates to the technical field of underwater respirators, in particular to a rapid oxygen production safety underwater respirator. Background technique [0002] The area of ​​water on the earth is far larger than that of land. People cannot live without water. Water is the source of all life, but it can bring disasters to human beings at any time, and even take away human life. Human beings have always hoped that one day they can live in water like fish on land, but unfortunately, due to their physiological and respiratory systems, it is impossible for people to live freely in water. In order to develop water resources, people use new submarines and scuba systems for divers, but These devices are expensive, bulky, costly to use, and complicated to operate. [0003] For example, Chinese Patent No. CN201520545362.9, the patent of invention published on January 13, 2016 discloses a mermaid bionic gill-type underwater breathing apparatus, in...

AI Technical Summary

Problems solved by technology

Human beings have always hoped that one day they can live in water like fish on land, but unfortunately, due to their physiological and respiratory systems, it is impossible for people to live freely in water. In order to develop water resources, people use new submarines and scuba systems for divers, but These devices are expensive, bulky, costly to use, and complicated to operate

[0003] For example, Chinese Patent No. CN201520545362.9, the patent of invention published on January 13, 2016 discloses a mermaid bionic gill-type underwater breathing apparatus, including a helmet and an oxygen generating device. The oxygen generating device is connected, and the oxygen generating device includes a main respirator and a gas filter arranged below the main respirator and connected to it, and two gas collection covers are arranged between the main respirator and the gas filter , the left and right sides of the two gas collection covers are arranged symmetrically; each of the gas collection covers is provided with a micro compressor, and each of the gas collection covers is provided with a motor for controlling the micro compressor Control switch; the invention simulates the physiological respiratory system of fish, uses nano-silicon film materials to replace the water-air separation function of fish gills, and uses electronic auxiliary equipment to achieve the purpose of independently obtaining gas and oxygen production underwater, and uses them during diving The electricity generated during water conservancy flow movement is used to supplement the electric energy consumed by the equipment itself, but the oxygen preparation effect of this invention needs to be considered, and the structure is complex and inconvenient to wear

Images